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High Performance Computing Fabrics

Delivering flexibility and efficiency in demanding HPC platforms, Intel® True Scale Fabric products maximize scalability in core performance.

Accelerate Data Movement Through Fabric with Intel® OPA

Infographic: Accelerate data movement through the fabric with Intel® OPA to send more messages per second with lower port-to-port latency.

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Texas Advanced Computing Center Systems and Technologies

The Texas Advanced Computing Center discusses how Intel® Omni-Path Architecture can advance supercomputing with performance boosts and larger fabrics.

University of Cambridge and Intel Partner in HPC Research Video

Video: Paul Calleja, University of Cambridge, discusses how the partnership with Intel for HPC research solutions using Intel® Omni-Path Fabric.

Cray and Intel Develop Faster HPC Facilities Video

Video: Senior VP Ryan White discusses how Cray uses Intel® Omni-Path Fabric to develop faster communication and reduced latency in HPC facilities.

DDN Omni-Connect* and Intel® Omni-Path Fabric Video

Video: Chief Marketing Officer Molly Rector discusses DDN Omni-Connect*, a converged storage solution that works with Intel® Omni-Path Fabric.

Altair Improves HPC and Offers New Simulation Capabilities

Altair Engineering incorporates Intel® Omni-Path Fabric to optimize HPC applications, providing high scalability and backwards compatibility.

Intel® Omni-Path Architecture: The Next-Generation Fabric

Scale to tens of thousands of nodes with Intel® Omni-Path Architecture, delivering performance for tomorrow’s high performance computing workloads.

High Performance Computing Fabrics Document Library

This library contains white papers, case studies, animations, and more about High Performance Computing Fabrics and Intel® Omni-Path Architecture.

Supermicro | High Performance Computing with Intel® OP Fabric

Supermicro delivers high performance with Intel® Omni-Path Fabric to improve HPC data transfers and lower latency for an optimized solution.